Building Technology & Solutions Intrusion Detection technology · 121C Gheorghe Titeica street, 6...

Building Technology & Solutions

Building Technology & Solutions Intrusion Detection technology

Johnson Controls — 2 Building Technology & Solutions

Narcis PICA Sales Manager, Security Products Building Technologies & Solutions

Johnson Controls 121C Gheorghe Titeica street, 6th floor, Romania Mobile +40730019187

[email protected] www.johnsoncontrols.com

Johnson Controls — 3

Why Johnson Controls?


Forbes, 17th February 2016

Johnson Controls announced a merger agreement with Tyco, a global fire and security provider, to create a combined company with $32 billion in revenues.

Under the terms of the agreement, Johnson Controls’ shareholders will hold a 56% equity stake in the combined company, with Tyco owning approximately 44% of the equity. The combination of highly complementary businesses facilitates the new company to offer comprehensive and innovative solutions to a wider market globally, across numerous end markets.


Why Johnson Controls?


In 1990 DSC acquired Sur-Gard, a competitor specializing in central station monitoring equipment, and in 1998 added to the family of brands with the acquisition of Italian security product manufacturer, Bentel.

The DSC Group was acquired by Tyco International in 2002 and DSC, Sur-Gard and Bentel became individual brands under the Tyco Fire & Security portfolio.

In September 2011 Visonic Ltd., announced that it has reached an agreement to be acquired by Tyco International’s Security Products


Leading Brands Across Comprehensive Portfolio of Products & Services


#1 in Controls, Fire, Security and Power Solutions

120,000 worldwide employees 2000 worldwide locations 150+ countries

$32 billion global leader

Johnson Controls — 6 Building Technology & Solutions

Johnson Controls – Building Technology & Solutions


Building Technology & Solutions - Intrusion Detection


Power Master

Absoluta


Romanian legislation, code of practice


• Romanian National legislation, applicable for Intrusion Detection is limited to:

- Legea nr. 333-2003 privind paza obiectivelor, bunurilor, valorilor si protectia persoanelor

- HG nr. 301-2012 normele metodologice de aplicare a Legii 333-2003

- HG nr. 1002-2015 actualizare norme metodologice de aplicare a Legii 333-2003

- Legea nr. 9-2007 pentru modificarea si completarea Legii 333-2003

- Legea nr. 40-2010 pentru modificarea si completarea Legii 333-2003

- Instructiunea MI 9-2013 privind metodologia de efectuare a analizei de risc la securitate fizica

• The normative I18-1 / 2002 is still available? There content is not actualized and only partial

applicable to intrusion detection systems.

• There is not any other code of practice applicable for intrusion detection. Just the information

included in the HG 301-2012, in the chapter IV.

Law 333-2003, HG 301-2012 …, I18-1 / 2002 ?


European & Romanian normative


• The new standard was introduced by

CENELEC European Committee for

Electrotechnical Standardization

• Currently, guidelines exist for intrusion

systems, power supplies, warning devices,

and wireless elements, as well as for

general alarm system requirements. All of

these are covered by EN50131.

• Others are in progress, including

requirements for transmission systems and

related products for alarm systems

EN 50130, EN 50131, EN 50136, etc. ...


Legislation, normative


• The thing that really makes the new EN Standards different is a move towards a ‘risk-based’ approach – meaning that from now on you’ll need to conduct and formally record a risk assessment of a

customer’s premises and security needs before you propose and install the best system design with

adequate detection.

• Every system is graded by “risk”. All intruder and hold-up alarm systems will be graded according to

the level of risk assessed. The grade will take into account – for example – the contents at risk, the

building construction and location, the occupancy of the premises, theft history, minimum supervision

levels (type of detection required), type of alarm transmission system required, tampering of

equipment and the interconnections used.

• The grade of a system can be determined by any one of a number of people: the intruder alarm

company surveyor, the customer, the architect, an insurer or another interested party. However, in

high-risk cases, the insurer will almost certainly be involved in specifying the grade of system.

EN 50131 “Risk assessment”




• There are 4 grades:

Grade 1: Low risk - This is for installations with a low risk of thefts. The property is unlikely to attract

intruders. It assumes that the theft is likely to be opportunistic rather than pre-planned.

Grade 2: Low to medium risk - This is for installations with higher risk of thefts. The property is likely to

contain items of interest to experienced thieves, who have basic knowledge of alarm systems, and are likely

to be equipped with general range of tools and portable instruments such as multi-meters and bolt cutters.

An option has also been created for lower risk Grade 2 systems, which are not monitored. This is classified

as Grade 2X.

Grade 3: Medium to high-risk - This is for installations with substantial risk of thefts. The property is highly

likely to be broken into and contain valuable items. The thief is also expected to be very experienced in

intruder alarm systems.

Grade 4: High-risk where security takes precedence over all other factors - This is for high-risk

installations. Intruders are likely to have planned the theft in advance and possess instruments to alter part

of the intruder alarm system to avoid detection and are unlikely to work alone.

EN 50131 “Risk assessment”




EN 50131 different requirements




• All system components are classified by “environmental performance”

• System components are also classified, according to the kind of environment they’re designed to work

in. This should prove very useful as you’ll immediately have a far clearer idea of what components you

should choose for a particular location (false alarms reduction).

• There are 4 classifications:

Class I: Indoor - indoor environments without environmental problems, such as residential areas and office.

The operating environment would vary between +5°C to +40°C, 75% relative humidity (RH).

Class II: Indoor General - indoor environments that may be under the influence of draughts and

condensation, such as warehouses and corridors. The operating environment would be within -10°C to

+50°C, 75% RH.

Class III: Outdoors Sheltered - outdoor environments that are not directly affected by the elements, e.g.

sheltered areas. The operating environment would be from -25°C to +50°C, 75% RH (30 days 85% to 95%)

Class IV: Outdoors General - outdoor environments that are fully susceptible to the effects of the elements.

The operating environment would range from -25°C to +60°C, 75% RH (30 days 85% to 95%)

EN 50131 “Environmental performance”


JCI intrusion panels approvals


European CE Directives (EMC, R&TTE, LVD),

INCERT (Belgium),

NCP (Holland),

NFA2P Type 2 (France),

IMQ (Italy) Livello 2,

SBSC (Sweden) Larmklass 2,

EN 50131-1/-3/-6 Grade 2 & Grade 3, Class II Environmental,

FCC/IC, UL/ULC, F&P Class 2 Grade 2 (Denmark),

FFFS Class 2 Grade 2 (Finland),

FG Class 2 Grade 2 (Norway),

ENV Class II, ATS Class II, CertAlarm

VDS certification to be achieved during phase 2 (commercial)


Wired Technology


Zone 4

Zone 1

Zone 2

Zone 3

Zone 6

Zone 5

Zone 7

Zone 8


Wired vs. Wireless



Wired vs. Wireless


Can you really hide the wires?


Wireless Technology

Zone 1 Zone 2 Zone 3

Zone 19


Zone 7 Zone 8

Zone 9 Zone 10 Zone 11 Zone 12




E O L

Resistor (End-of-Line

Resistor)



Wired vs. Wireless What’s the difference between a physical and visible cable and an invisible virtual cable? 1. 868 MHz lower frequency

2. Frequency hopping

3. Adaptive power and path

4. TDSS time domain synchronized system

5. Full Two-Way communication

6. AES-128 Encryption

7. Anti-Jamming panel option



PowerG Technology



PowerG Technology

1. 868 MHz lower frequency

2. Hopping frequency

3. Adaptive power and path

4. TDSS time domain synchronized system

5. Full Two-Way communication



SECURE DEVICES

RANGE GREEN

ROBUST



1. Frequency 868 – 869 MHz



2. Frequency Hopping Spread Spectrum technology


High reliability

Can’t be blocked by narrowband interference

Does not need to “switch” system to a good frequency due to interference

Longer distances

Overcome partial interferences

Secure network

Data interception is extremely difficult

Proven

Same technology in use by Bluetooth

Also used in 4G

The Interference

Good Hops

“Bad” Hops

Time

Frequency

Transmission blocked

Transmission range reduced

All devices “jump” frequencies all the time

Hopping Frequencies

8 hopping frequencies in the 433-434MHz band

4 in the 868-869MHz band

50 in the 912-918MHz band

Dynamic

Network switches frequencies 64 times / sec.


3.1. Adaptive Power


Battery Life

• Devices use less Tx power to talk to close repeater vs. far transceiver

Redundant Comms

• Backup comms path for wireless

• If 1 repeater goes missing, still good

Preventive

• Adaptive Best Path will prevent post-installation issues

Repeaters are not just to increase range …


3.2 Adaptive Path



4. Time Domanin Synchronized System


Time Division

Synchronized

System

Transmissions are in ordered in time slots

Minimized collisions; Long battery life;

More devices

The Interference

Good Hops

“Bad” Hops

Time

Frequency


5. Full Two-Way Communication


Full

Two-Way

Communication

Panel gives commands to

devices

Easy/fast installations; Powerful diagnostic; Remote management


RF Jam Detect Zone

• For RF jamming detection to work, you must select an unused zone to be used as the RF Jam Detect

zone. When the receiver detects an attempt to jam the RF signal, the RF Jam Detect zone will be

violated and the system will generate a tamper signal. When the jamming signal is gone, the RF Jam

Detect zone closes and the system sends a tamper restore signal.

• To enable RF jamming detection:

1. Enter [*][8] [Installer's Code]

2. Enter programming section [804]

3. Select an unused zone to be the RF Jam Detect zone. Enter the 2-digit number ([01] to [32]) of the RF Jam Detect zone on the keypad, then program the serial number as [200000].

3. Enter section [93]. Enter the 2-digit number of the RF Jam Detect zone ([01] to [32]) in the

programming section.

4. Disable supervision for the RF Jam detect zone by turning the relevant option off in section [82], [83],

[84] or [85]. (See section 4.3 for more information.)

5. RF jamming detection is now enabled. To exit Installer programming, press [#].




Wireless PowerG Technology


Unbelievable distance

The Eiffel Tower

300 Meters

The Empire

State Building

381 Meters

Burj Khalifa,

Dubai

828 Meters One World

Trade Center

541 Meters

Up to 2km line – of – sight …


Wired vs. Wireless


What’s the difference between a wired and a wireless sensor?

Wireless Wired


Wired PIR Detector


E O L

Resistor (End-of-Line

Resistor)


Wireless PIR detector





Up to 8 years…

•PG8911 Outdoor Siren •PG8985 Flood Detector •PG8945 Contact with Aux Input •PG8939 4-Button Wireless Key

Up to 7 years…

•PG8924 Curtain Motion Detector •PG8974 Mirror Optic Motion PIR •PG8905 Temperature Sensor

Up to 5 years…

•PG8926 Smoke Detector •PG8923 Natural Gas Detector •PG8975 Ultra Slim Contact •PG8922 Glassbreak •PG8984 Dual Tech Motion Detector

Shorter Battery Life Devices

• PG8913 CO Detector (1 year) or (3 years) • PG8994 Outdoor Motion Detector (3 years) • PG8934 Motion Detector with Camera (4 years)

Significant battery life achieved by: • Adaptive Transmission Power • Adaptive Best Path Selection • Full 2-way communication • Less Collisions = Less Retries:

• Frequency Hopping Spread Spectrum • TDMA


Intrusion Detection panels


RESIDENTIAL / SCALABLE COMMERCIAL HYBRID SOLUTION

Versions: 16 / 32 / 64 / 128 zones, wired or wireless

8 partitions

16 keypads

1000 user codes (HS2128 E), 95 user codes (HS2128)

1000 event buffer

4 on board output “open collector” PGM

PGM Outputs matches zone count

Alarm protocols: Contact ID, SIA

Encrypted Communications Bus, 128 Bit AES Encryption

Interconnected smoke detector support with v1.2 allows for additional warning in potential life-threatening situations

Visual alarm verification in day and night, in case of alarm from Motion Detector with Integrated Camera


Intrusion Detection panels


HS2016 HS2032 HS2064 E HS2128 E HS3032 HS3128

On-Board Zone Count (wired)

6 8 8 8 8 8

Total Zone Count (wired or wireless)

16 32 64 128 32 128

Total User Count 47 + Master 71 + Master 499 + Master 999 + Master 71 + Master 999 + Master

On Board PGM Support

PGM 1 = 50mA; PGM 2 = 300mA

PGM 1 = 50mA; PGM 2 = 300mA

PGM 1,3,4 = 50mA; PGM 2 = 300mA

PGM 1,3,4 = 50mA; PGM 2 = 300mA

PGM 1,4 = 100mA; PGM 2,3 = 300mA

PGM 1,4 = 100mA; PGM 2,3 = 300mA

Total PGM Count (extension modules)

16 x 50mA (HSM2208) 4 x 500mA (HSM2204

32 x 50mA (HSM2208) 4 x 500mA (HSM2204)

64 x 50mA (HSM2208) 12x 500mA (HSM2204)

128 x 50mA (HSM2208) 16 x 500mA (HSM2204)

32 x 50mA (HSM2208) 4 x 500mA (HSM2204) 4 x 2A relay

(HSM3204CX)

128 x 50mA (HSM2208) 16 x 500mA (HSM2204) 32 x 2A relay

(HSM3204CX)

Partitions 2 4 8 8 4 8

Total Keypad Count 8 8 8 16 8 16

Wireless Keys 16 32 32 32 32 32

Wireless Sirens 4 8 8 16 8 16

Wireless Repeaters 4 8 8 8 8 8

Proximity Tags 47 71 499 999 72 1000


Commercial security coverage



List of Devices


Life Safety Devices: • PG8926 – Smoke Detector

• PG8916 – Smoke Detector with Heat

• PG8913 – Carbon Monoxide Detector

• PG8923 – Natural Gas Detector

Motion Detectors: • PG8914(P) – PIR Motion Detector

• PG8934(P) – PIR Motion Detector with Camera

• PG8924 – Curtain Motion Detector

• PG8984(P) – Dual Tech Motion Detector

• PG8974(P) – Mirror Optic Motion Detector

• PG8994 – Outdoor Motion Detector

• PG8944 – Outdoor Motion Detector with Camera

• PG8902 – Outdoor Curtain Motion Detection

• PG8862 – 360o Ceiling mount PIR Detector

Sirens: • PG8901 – Indoor Siren

• PG8911 – Outdoor Siren




Door / Window Contacts:

• PG8945 – Contact with Auxiliary Input

• PG8975 – Ultra Slim Door/Window Contact

• PG8312 – Outdoor Magnetic Contact

Wireless Keys:

• PG8939 – 4-button Wireless Key

• PG8929 – 4-button Wireless Key

• PG8949 – 2-button Key/2-button panic

• PG8938 – 1-button panic key

Other:

• PG8905 – Temperature Sensor

• PG8935 – Shock Detector

• PG8922 – Glass Break Detector

• PG8985 – Flood Detector

• PG8920 – Wireless Repeater


Testing Wireless Zones – var.1


Long pulse for “Signal Sent”

3 flashes for STRONG SIGNAL 3 flashes for MODERATE SIGNAL 3 flashes for WEAK SIGNAL

Followed by…

Local “Placement Display Mode” is initiated after a device tamper. Stays active for 15 minutes LED on device will display placement




Testing

Zone XXX

Select (601) <>

Test WLS Zones

Zone XXX(XXX) <>

{Zone XXX Label}

{Zone XXX Label}

24Hr: Strong

Now: Strong

24Hr: Good

Now: Good

24Hr: Poor

Now: Poor

24Hr: 1-Way

Now: 1-Way

24Hr: Not Test

Now: Not Test

24Hr: Early

Now: Early

Data Received `

From Repeater X

Signal Link Quality: 24 Hr = Average signal link quality for last 24 hrs Now = Signal Link Quality on the packets that were just sent

Repeater Notification: Will display repeater details if the signal is received via a repeater

Control Panel




Alarm Install app


Interactive App’s


Interactive app (iOS and Android) for end-users

Enables end user to control alarm system (arm, disarm, status, video)

Great tool for monitoring companies to increase their offering

Can be used by distributors with minimum maintenance needed

Push notifications support


Connect Alarm app


ConnectAlarm is a cloud-based mobile app that provides home and business owners with real-time control over their security system, from anywhere, at any time

Supports iOS 8.0 and Android 4.4 & up

Works with PowerMaster series panels

Control and management of up to 8 panels per mobile device (PowerSeries Neo & PowerMaster)

Suitable for monitored and self-monitored systems


Alarm Install app


The Alarm Install App provides the convenience of configuring an alarm security system from your mobile device or tablet

To allow the installer access to an alarm panel, the user must approve access from the Panel Settings menu of the User App. This permission is required only if Allow user to approve installer login option is selected in the PowerManage MMI console


Questions?



THANK YOU !


Building Technology & Solutions Intrusion Detection technology · 121C Gheorghe Titeica street, 6...

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